The phrase "application of random" is not complete and lacks clarity in written English.
It could be used in contexts discussing the use of randomness in various fields, such as statistics or computer science, but it needs additional context to be fully understood.
Example: "The application of random sampling techniques is essential in ensuring unbiased results in research studies."
Alternatives: "use of randomness" or "implementation of random methods".
Because these theories are not applicable to most materials, a relatively new technique, which involves mechanical application of random fatigue stresses, statistically matched to real-life conditions, is now employed in most materials test laboratories.
Transcranial random noise stimulation (tRNS) is a form of transcranial electrical stimulation that involves the application of random noise oscillations above selected brain regions to modulate cortical plasticity6.
This paper proposes the development and application of random graphs-based performance evaluation techniques to understand design trade-offs for hierarchical unstructured peer-to-peer networks.
The methods adopt Satterthwaite's application of random balance designs in regression problems, and extend it to sensitivity analysis of model output for non-linear, non-additive models.
Finally, a summary of the procedure to compute the rms deflection in a supercritical flow is given through the application of random vibration theory.
Application of random point process theory allows the calculation of the impulse response function from knowledge of the modal density and the geometric characteristics of the structure only.
Mechanistically, assumptions of random-effects models are: (1) the random effects are distributed normally with mean equal to 0 and unknown variance, (2) within-group correlation is constant through time, and (3) the analyst has correctly specified the variance-covariance structure (see [39] for a review of the application of random-effects models in resource selection analysis).
Wiersma, D. The physics and applications of random lasers.
Churkin, D. V. et al. Recent advances in fundamentals and applications of random fiber lasers.
We will also discuss applications of random matrix techniques to problems in engineering and science.
Applications of random walk and spectral methods to measure proximity between nodes in networks, and to find best explanatory subgraph connecting a set of nodes.
